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ECF10_vol 1

3D FEM study on an austenitic stainless steel for verification of the engineering treatment model (ETM) 1
A damage criterion based on the stress condition 5
A fracture mechanics assessment method for older structural steels 9
A novel mode-II fracture criterion 15
A simple method for the assessment of redundant cracked structures in elastic-plastic regime 21
A stochastic model stimulating the development of irregular crack patterns in thermal fatigue 25
A study of rate dependent deformation and fracture of a-Titanium using finite element analysis 32
A synthesis between experimental and numerical methods applied to the determination of crack resistance curves for various specimens 36
A temper embrittlement study on a series of medium carbon Cr-Mo steel turbine bolts 42
Acoustic emission as a support in the identification of stress corrosion cracking mechanisms 46
Application of a micromechanical material model to creep damage and creep crack growth in X20 CrMoV 12 1 50
Assessment of residual life of components subject to environmentally assisted cracking 56
Assessment of the toughness of polymers from low to high loading rates 63
Calculation model for determination of subcritical corrosion crack growth period in thin plates under long-term loading 67
Characterization of ductile tearing resistance by energy dissipation rate 71
Comparison of crack-tip stress evaluation methods in elastic-plastic and creep conditions on CT specimens 77
Constraint effects of shallow flaws assumed in RPV under asymmetric thermo-mechanical transient loading 83
Crack arrest in titanium alloy numerical and experimental study 89
Crack growth resistance simulation in the modified boundary layer model with a damage model - A.H.M. 94
Cracking behaviour resulting from a corroding bar in concrete 100
Creep lifetime prediction of pressurized tubes with continuum damage mechanics 104
Creep plastic zone and crack initiation at 923K of 304 stainless steel compact tension specimen 108
Creep-fatigue interaction in Titanium Ti-1100 at 593°C 112
Criteria for crack initiation in elastic-plastic materials under different loading rates 118
CTOD and wide plate testing of welds with particular emphasis on mis-matched welded joints 122
Damage by void growth in tensile and bend type specimens 135
Detection of embrittlement in Cr-Mo pressure vessel steels 141
Developments in creep-fatigue crack growth testing and data analysis 146
Dissipation rate and CTOA the problem of transfer of R-curves to contained yield 156
Dydnamic crack initiation in the steel 20 MnMoNi 5 5 162
Dynamic fracture testing of polyethylene 166
Effect of stress amplitude on the grain boundary deformation behaviour during cyclic creep at 573K in an Al-Mg alloy 172
Effects of biaxial loading on three-dimensional crack-tip front fields 176
Elastoplastic crack propagation 182
Experimental and numerical curved crack growth investigations for beams under lateral force bending 186
FE-Analysis of delamination cracks in bending of cross-ply laminates by virtual crack closure integral methods 190
FEM and BEM analyses of notch stress intensity factors in anisotropic materials 194
Flaw assessment methods using failure assessment diagrams 198
Fracture behaviour of a welded tubular joint - call for interest round robin on failure assessment methods 207
Fracture behaviour of engineering ceramics under static and dynamic loading 211
Fracture mechanics and metallographic analysis of the defects in a generator rotor after 190000 hours of service 215
Fracture toughness of small specimens containing surface cracks 219
Generalised plastic strip model for mode I cracks 225
Graphitisation in type A201 carbon steel in petro-chemical plant after long term service 229
Impact resistance of superalloys at gas turbine operating temperatures 235
Influence of necking on creep curve 239
Influence of residual stresses on the fracture behaviour of steels in the transition range 243
Influence of specimen geometry and loading mode on the damage in ductile failure 247
Influence of the multiaxiality of stress state on the ductile fracture behaviour of degraded piping component 253
Investigation of crack initiation on ferritic and austenitic steels 257
Investigation on the constraint effect based on asymptotic stress and deformation field at the steady state growing crack tip 261
Load bearing capacity of cracked rollers containing residual stresses 265
Mathematical model of crack formation in brittle materials 269
Microstructural effects on sulfide stress corrosion cracking in low-alloy tubular steels 272
Modelling hydrogen induced crack growth in the wall of pipelines and pressure vessels 276
Modelling micromechanisms and statistical features of ductile fracture 282
Modelling of evolution of metal under creep 290
Modelling of the fracture process under biaxial loading 294
New developments in fracture toughness evaluation 298
New model for determination of rupture time of materials with different behaviour in tension and compression 305
New technique for mechanical characterization of ceramics at room and at elevated temperature 309
Numerical analysis of mode I steady state crack tip field in elastic plastic hardening materials 315
On the stress state of two-component curvilinear ring with cracks 319
On the testing of the elasto-plastic cracking resistance of thin plates 323
On the yield zone at the tip of interface crack with contact surfaces 327
Parameters of creep crack growth - classification and limits 331
Prediction of transient effects during early stages of creep crack growth 337
Probabilistic analyses of yield strength and temperature effects on the ductile crack growth resistance of HSLA steels 341
Proposal of simplified assessment method for surface crack growth behaviour under creep-fatigue condition 345
Relevance of fracture mechanical material properties for structural integrity assessment 349
Remaining creep life assessment of welds in steel pressure vessels 357
Residual stress in crack starter sections of double tension crack arrest specimens 361
Shallow crack effect on fracture toughness in a low alloy steel 368
Simplified process zone fracture criteria for crack tips 374
Specifying the requirements to a plane specimen with a crack in order to realize brittle fracture 378
Standardisation of fracture mechanics based SCC testing 382
Status review of the J plus T stress fracture analysis method 390
Stochastic grain boundary failure and geometrical models of creep damage 396
Stochastical model for the calculation of gears 402
Stress corrosion cracking drop evaporation test 406
Stress corrosion testing with notched specimens choice of the adequate kinematic variable 410
Stress corrosion testing with pre-cracked specimens influence of the pre-cracking procedure 414
Stress intensity factors in statically indeterminate cracked beams 420
Study of the influence of thermal stratification on the behaviour of a pipe with a circumferential crack 424
The behaviour of notched petro-refinery steel components at high temperature 428
The effect of constraint on fracture safe design 434
The effect of temperature on low temperature aging embrittlement of Duplex stainless steels 441
The fractal growth of pores in sintered steels under fatigue loading 445
The intergranular-transgranular transition of SCC in tempered low alloy steels 449
The reliability assessment of the cyclic loaded structural elements having crack like defects 455
The strength of geometry changes in plastic products 459
The use of slow strain rate tests for measuring the velocity of environmentally assisted cracking 463
Time dependent factors in corrosion fatigue testing of cathodically protected low alloy steels 467
Two parameter characterization of crack front fields in thin ductile center-cracked geometries 471

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